public void usdiAllocateMeshData(ref usdi.MeshSummary summary, ref usdi.MeshData meshData)
{
{
m_points = new Vector3[meshData.num_points];
meshData.points = usdi.GetArrayPtr(m_points);
}
{
m_normals = new Vector3[meshData.num_points];
meshData.normals = usdi.GetArrayPtr(m_normals);
}
if (summary.has_tangents)
{
m_tangents = new Vector4[meshData.num_points];
meshData.tangents = usdi.GetArrayPtr(m_tangents);
}
if (summary.has_uvs)
{
m_uvs = new Vector2[meshData.num_points];
meshData.uvs = usdi.GetArrayPtr(m_uvs);
if (summary.has_tangents)
{
m_tangents = new Vector4[meshData.num_points];
meshData.tangents = usdi.GetArrayPtr(m_tangents);
}
}
if (summary.num_bones > 0)
{
m_weights = new BoneWeight[meshData.num_points];
meshData.weights = usdi.GetArrayPtr(m_weights);
}
{
m_indices = new int[meshData.num_indices_triangulated];
meshData.indices_triangulated = usdi.GetArrayPtr(m_indices);
}
}
public void usdiAllocateMeshData(ref usdi.MeshSummary summary, ref usdi.SubmeshData[] submeshData)
{
var data = submeshData[m_nth];
{
m_points = new Vector3[data.num_points];
data.points = usdi.GetArrayPtr(m_points);
}
{
m_normals = new Vector3[data.num_points];
data.normals = usdi.GetArrayPtr(m_normals);
}
if (summary.has_uvs)
{
m_uvs = new Vector2[data.num_points];
data.uvs = usdi.GetArrayPtr(m_uvs);
if (summary.has_tangents)
{
m_tangents = new Vector4[data.num_points];
data.tangents = usdi.GetArrayPtr(m_tangents);
}
}
{
m_indices = new int[data.num_points];
data.indices = usdi.GetArrayPtr(m_indices);
}
submeshData[m_nth] = data;
}
public void Allocate(ref usdi.MeshSummary summary, ref usdi.MeshData md)
{
{
positions = new Vector3[md.num_points];
md.points = usdi.GetArrayPtr(positions);
}
if (summary.has_normals)
{
normals = new Vector3[md.num_points];
md.normals = usdi.GetArrayPtr(normals);
}
if (summary.has_uvs)
{
uvs = new Vector2[md.num_points];
md.uvs = usdi.GetArrayPtr(uvs);
}
{
indices = new int[md.num_indices_triangulated];
md.indices_triangulated = usdi.GetArrayPtr(indices);
}
}
public override void usdiOnUnload()
{
base.usdiOnUnload();
int c = m_submeshes.Count;
for (int i = 0; i < c; ++i)
{
m_submeshes[i].usdiOnUnload();
}
m_meshData = usdi.MeshData.default_value;
m_submeshData = null;
m_meshSummary = usdi.MeshSummary.default_value;
m_allocateMeshDataRequired = false;
m_updateIndicesRequired = false;
m_updateVerticesRequired = false;
m_timeRead = 0.0;
m_asyncRead = null;
}